基于矢量时间的时间管理方法研究

Liu Minmin
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引用次数: 0

摘要

传统的分布式仿真时间管理可以通过逻辑时间来实现仿真联盟间的时间同步。目前流行的基于逻辑时间的分布式仿真时间管理有保守时间推进机制和乐观时间推进机制两种。保守型时间推进机制限制了仿真联盟之间的因果关系,可能导致仿真效率低下和死锁,而乐观型时间推进机制可能存在回滚困难。在矢量时间的基础上,提出了一种乐观时间管理机制,引入了矢量时间的更新算法,研究了基于矢量时间的回滚控制。在运载火箭智能探测仿真系统中的应用表明,该算法能有效地控制小联盟环境下的回滚风暴,具有较高的效率和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on time management method based on vector time
The time synchronization among simulation federates could be realized through logical time by traditional time management of distributed simulation. There are two types popular time management of distributed simulation based on logical time, conservative time advance mechanism and optimistic time advance mechanism. Conservative time advance mechanism restricted the causal relationship between simulation federates and might lead to poor simulation efficiency and deadlock while the difficulty in rollback might exist in optimistic time advance mechanism. Based on the vector time, an optimistic time managing mechanism was put forward, the updating algorithm of vector time was introduced and the rollback control based on vector time was researched. The application in intelligent detection simulation system of carrier rockets demonstrated that in the environment of small number federates, the algorithm could control rollback storm effectively and would show high efficiency and reliability.
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